Solar Panel Installation in Middleton

Size to your daytime consumption and roof space: pull a year of electricity bills, and let the installer model self-consumption vs export. Typical homes land between 4kW and 10kW. Oversizing slightly is usually cheap at install time and future-proofs for an EV or heat pump.

It exports to the grid under your market's scheme — net metering, feed-in tariff, or export payments. Export rates are usually well below retail import rates, which is why maximising self-consumption (timers, smart appliances, EV charging) beats chasing export credits.

Best on unshaded roofs facing the equator, but east-west arrays perform well (spreading generation across the day). Heavy shading, southern-facing-only aspects (northern hemisphere), asbestos roofing, or structures needing reinforcement are the genuine deal-breakers a site survey will catch.

Not to benefit — grid-tied solar without a battery is the fastest-payback configuration in most markets. Batteries add backup power and evening self-consumption but often double system cost. Decide battery separately on outage frequency and your tariff structure.

Panels carry 25-30 year performance warranties (typically 85%+ output at year 25). Inverters are the consumable — expect one replacement around years 10-15. Quality mounting and cabling should match panel life; that's where cheap installs cut corners invisibly.

By system size in kilowatts (kW), quoted as an installed price including panels, inverter, mounting, electrical work and grid paperwork. Batteries are a separate large line item. Compare quotes on price-per-kW with equivalent component tiers, not just the headline total.

Yes — a 4kW system typically generates 3,400-3,800kWh/year in southern England (less in Scotland), and with high retail electricity prices plus 0% VAT, paybacks of 7-10 years are common. East-west roofs work; heavy shading is the real enemy.